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Table of contents

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1. Introduction to Biology(0)
2. Chemistry(0)
3. Water(0)
4. Biomolecules(0)
5. Cell Components(0)
6. The Membrane(0)
7. Energy and Metabolism(0)
8. Respiration(0)
9. Photosynthesis(0)
10. Cell Signaling(0)
11. Cell Division(0)
12. Meiosis(0)
13. Mendelian Genetics(0)
14. DNA Synthesis(0)
15. Gene Expression(0)
16. Regulation of Expression(0)
17. Viruses(0)
- Viruses
  (0)
18. Biotechnology(0)
19. Genomics(0)
- Genomes
  (0)
20. Development(0)
21. Evolution by Natural Selection(0)
- Descent with Modification
  (0)
22. Evolution of Populations(0)
- Hardy-Weinberg Model
  (0)
- Genetic Variation
  (0)
23. Speciation(0)
- Species
  (0)
24. History of Life on Earth(0)
- History of Life on Earth
  (0)
25. Phylogeny(0)
- Phylogeny
  (0)
26. Prokaryotes(0)
27. Protists(0)
28. Plants(0)
29. Fungi(0)
- Fungi
  (0)
- Fungi Reproduction
  (0)
30. Overview of Animals(0)
- Overview of Animals
  (0)
31. Invertebrates(0)
32. Vertebrates(0)
33. Plant Anatomy(0)
34. Vascular Plant Transport(0)
- Water Potential
  (0)
35. Soil(0)
- Soil and Nutrients
  (0)
- Nitrogen Fixation
  (0)
36. Plant Reproduction(0)
- Flowers
  (0)
- Seeds
  (0)
37. Plant Sensation and Response(0)
38. Animal Form and Function(0)
39. Digestive System(0)
- Digestion
  (0)
- Blood Sugar Homeostasis
  (0)
40. Circulatory System(0)
41. Immune System(0)
42. Osmoregulation and Excretion(0)
- Osmoregulation and Excretion
  (0)
43. Endocrine System(0)
- Endocrine System
  (0)
44. Animal Reproduction(0)
- Animal Reproduction
  (0)
45. Nervous System(0)
- Neurons and Action Potentials
  (0)
- Central and Peripheral Nervous System
  (0)
46. Sensory Systems(0)
- Sensory System
  (0)
47. Muscle Systems(0)
- Musculoskeletal System
  (0)
48. Ecology(0)
- Ecology
  (0)
49. Animal Behavior(0)
- Animal Behavior
  (0)
50. Population Ecology(0)
- Population Ecology
  (0)
51. Community Ecology(0)
- Community Interactions
  (0)
- Community Structure
  (0)
52. Ecosystems(0)
- Ecosystems
  (0)
53. Conservation Biology(0)
- Conservation Biology
  (0)

8. Respiration

Chemiosmosis Practice Problems

8. Respiration

Chemiosmosis Practice Problems

6 problems

Previous Topic: Electron Transport Chain

Next Topic: Review of Aerobic Cellular Respiration

1PRACTICE PROBLEM

The electron transport chain refers to the protein complexes that accept and pass electrons down the chain while pumping protons across the membrane. In the case of aerobic respiration, the final complex in the electron transport chain passes the electrons to form:

2PRACTICE PROBLEM

Chemiosmosis is another pathway of ATP production that utilizes a proton gradient. Since protons cannot freely pass the phospholipid bilayered membrane, H⁺ ions move down their concentration gradient with the help of hydrophilic tunnels called:

3PRACTICE PROBLEM

Due to genetic recombinations and mutations, studying genetic evolution can be quite a challenging feat. The mitochondria's inner membrane is loaded with ATP synthase which is essential in ATP production. What makes the ATP synthase contained in mitochondria ideal for studying evolution?

4PRACTICE PROBLEM

The final electron acceptor during the electron transport chain of oxidative phosphorylation is:

5PRACTICE PROBLEM

According to chemiosmotic theory, the transferring of ____ down in the electron transport system yields ___ through a series of oxidation-reduction reactions.

6PRACTICE PROBLEM

Which of the following performs passive transport?

Previous Topic: Electron Transport Chain

Next Topic: Review of Aerobic Cellular Respiration

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